大电流,长光束脉冲与SLED

F. Decker, Z. Farkas, J. Turner
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引用次数: 9

摘要

一个提议的高电荷固定目标实验(E-158)计划在斯坦福直线加速器中心(SLAC)以45和48 Gev的最高能量运行。在370 ns的长束脉冲中,电荷高达6/spl /10/sup / 11/粒子。SLAC能量开发(SLED)射频系统产生的空载光束能量呈线性递减的斜率。我们展示了如何获得跟踪空载电压的电流变化,从而实现零能量扩散。我们讨论了一个低能量实验的结果,验证了E-158所需能量下预测的电荷和电流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High current, long beam pulse with SLED
A proposed, high charge, fixed target experiment (E-158) is planned to run with the highest possible energies available at the Stanford Linear Accelerator Center (SLAC), at 45 and 48 Gev. The charge is up to 6/spl middot/10/sup 11/ particles in a 370 ns long beam pulse. The SLAC Energy Development (SLED) RF system generates an increasing no-load beam energy, with a linearly decreasing slope. We show how to obtain a current variation that tracks the no-load voltage, resulting in zero energy spread. We discuss the results of a lower energy experiment that verifies the predicted charge and current at the energies required for E-158.
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